Recovery from either storm can vary based on how bad the storm was. Repair for both can range from small exterior to actually having to rebuild an entire house or business. Most people believe that hurricanes are more dangerous than tornadoes. This is usually do the fact that hurricanes get more airtime on the local news stations. Tornadoes actually travel faster than hurricanes, moving close to 250 mph.
At approximately 5:12 a.m. on Wednesday, April 18, 1906 the city of San Francisco was struck by a 7.9 magnitude earthquake! The main shock occurred offshore about 2 miles out. The earthquake happened along the San Andreas Fault line, and the shock was felt from Oregon to Los Angeles. The earthquake was extremely catastrophic which also resulted in fires. This earthquake is remembered as one of the most destructive natural disasters next to the Galveston hurricane of 1900, and hurricane Katrina of 2005.
They are born from tropic waters that affect quite a few across the world but in the Gulf of Mexico they tend to wreak particular havoc. These storms have potential for mass devastation through storm surges that flood the coastline often taking lives and possible contamination of water supplies, heavy rain which contributes to flooding situations and high winds coupling with tornadoes that destroy property, Storm surges are among one of the worst factors of a hurricane. Often, at the time, people do not even realize the impacts a storm surge can have and do not head authorities warnings to evacuate the coastline, which can result in a high death toll. As Jay Barnes notes in his research: As a hurricane churns across the open sea, the combined effects of the storm’s lowered barometric pressure and strong, inward-spiraling winds create a deep, swirling column of water beneath the ocean’s surface. This effect causes the sea level to rise in the vicinity of the storm, creating a dome of water that may be a few feet high in the center and a hundred miles wide.
There can be deaths, also, but only 5% of tornado deaths are caused by Weak Tornadoes. The next type is Strong Tornado. Significant Tornadoes (F2), which travel from 113 to 157 miles per hour and Severe Tornadoes (F3), which travel from 158 to 206 miles per hour, are classified as Strong Tornadoes. Theyusually last for about more than 20 minutes and can cause extensive damages: roofs of well-constructed buildings can be ripped off, trains can be overturned, and even large old trees can be uprooted and snapped. Not only properties and nature are damaged, but also human.
Environmental Psychology Article Analysis Psychology 460 University of Phoenix October 23, 2011 ENVIRONMENTAL PSYCHOLOGY An earthquake so powerful that it knocks the earth off its axis and the coast drops off three feet. A tsunami follows the earthquake leaving tens of thousands of people dead. When watching a live tsunami along the Japanese coast is quite an amazing sight. It was such an extraordinary and dramatic sight to get to witness broadcasting live into the homes across the world. This is an analysis on what is known to be the largest earthquake and biggest tsunami ever to hit Japan on March 11, 2011.
Hurricanes and their impact on the environment The effect of hurricanes on the environment is catastrophic. The loss of life and damage to property and the environment has far reaching implications, for persons that survive these disasters. According to Remote Sensing Using Satellites,(n.d.)”A hurricane is an intense, rotating oceanic weather system that possesses maximum sustained winds exceeding 119km/hr (74 mph). It forms and intensifies over tropical oceanic regions”. Hurricanes normally develop in the Atlantic Ocean, Caribbean Sea, Gulf of Mexico and the North Pacific Ocean.
Furthermore, both of them rotate all around. Moreover, they have deep low pressure systems. Lastly, both of them are a form of storm. There are also tons of differences between hurricanes and tornadoes. Initially, hurricanes are formed over warm water in the tropical oceans and develop best when far from the jet stream while tornadoes are formed over land and formed within storms that are often very close to the jet stream.
The 1993 southwest-off Hokkaido earthquake occurred at 22:17 on 12 July 1993 in the Sea of Japan near the island of Hokkaido. It had a magnitude of 7.7 on the moment magnitude scale (newer version of the Richter scale) and a maximum felt intensity of VIII on the Mercalli intensity scale. It triggered a major tsunami that caused deaths on Hokkaidō and in southeastern Russia, with a total of 239 fatalities recorded. The island of Okushiri was hardest hit, with 165 casualties from the earthquake, the tsunami and a large landslide. The earthquake occurred in the backarc region of the convergent boundary where the Pacific Plate subducted beneath the Eurasian Plate.
‘How do people and society respond to environmental hazards and what factors influence their choice of adjustments?’ (Cutter 1996). Discuss this statement with reference to examples of both natural and technological hazards. Introduction Environmental hazards fall under two headings: Chronic and Catastrophic. Catastrophic hazards are those with a high magnitude and low frequency. They create huge media attention as the rate of change from what would have been considered as ‘normal’ conditions is very high, for example an earthquake can turn an entire city to ruins and kill hundreds of people in just minutes.
The Great Japanese Earthquake and Tsunami of 2011 On March 11, 2011, a 9.0 magnitude earthquake rocked Japan and sent a thirty-three foot tsunami raging down the coast to devastate their towns even further. To make matters even worse, the earthquake also triggered a nuclear emergency that has been compared to the Chernobyl disaster of 1986. (McCurry, 1) This earthquake was the worst earthquake in Japan’s recorded history. (McCurry, 1) It would not be surprising if people will still talk about it for centuries to come. The earthquake began off of the north-eastern coast of Honshu and caused catastrophic damage.